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* SM503M-2526PSA01 - Mathematics for Cryptography (INGE-1-INT, INGE-1-BN, INGE-1)
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Albert and Barnabe exchange information using the RSA cryptosystem. They wish to check their identities using the authentification procedure. Their information is given below. Barnabe receives the ciphered signature
Your answer will be "yes" or "no" (without the inverted commas).
Albert : Barnabe :I am given the number and I decide to choose randomly a number between and . What is the probability that will be an acceptable public key for the RSA cryptosystem?
Your answer will be a number with three significant digits.
Nicolas wants to use the RSA cryptosystem and chooses the following data:
, , .
Is his data legitimate ?
Alice and Bob wich to communicate using the RSA cryptosystem modulo
. The public key of Alice is. What will be her
private key? Your answer should be a number.
I am given the number and I decide to choose randomly a number between and . What is the probability that will be an acceptable public key for the RSA cryptosystem?
Your answer will be a number with three significant digits.
Albert and Barnabe exchange information using the RSA cryptosystem. They wish to check their identities using the authentification procedure. Their information is given below. Barnabe receives the ciphered signature
Your answer will be "yes" or "no" (without the inverted commas).
Albert : Barnabe :Alice and Bob wich to communicate using the RSA cryptosystem modulo
. The public key of Alice is. What will be her
private key? Your answer should be a number.
Nicolas wants to use the RSA cryptosystem and chooses the following data:
, , .
Is his data legitimate ?
I am given the number and I decide to choose randomly a number between and . What is the probability that will be an acceptable public key for the RSA cryptosystem?
Your answer will be a number with three significant digits.
Albert and Barnabe exchange information using the RSA cryptosystem. They wish to check their identities using the authentification procedure. Their information is given below. Barnabe receives the ciphered signature
Your answer will be "yes" or "no" (without the inverted commas).
Albert : Barnabe :